Creality Falcon T1 Review: Challenges with Only 3 Modules Available at Launch

Creality launched the Falcon T1, the flagship model of its Falcon series galvo laser engraving machines, in June 2026. The main feature of this machine is its ability to swap between different laser modules, including diode lasers, fiber lasers, UV lasers, and MOPA lasers, which offer varying wavelengths and outputs. However, according to a detailed review by Tom’s Hardware, only 3 out of the expected 5 modules were available for purchase at launch. The review also highlighted software immaturity and support issues. This article examines the capabilities of the Falcon T1 and the risks associated with it at this stage based on insights from the media review.

Innovations in Galvo Technology and Module

Swapping

Unlike traditional XY table laser engraving machines, the Falcon T1 adopts a galvo scanning approach. The galvo method uses rapidly oscillating mirrors to direct laser beams, which offers significantly faster engraving speeds compared to machines that rely on moving tables. Tom’s Hardware praised the machine for its “lightning-fast galvo laser engraving speeds,” citing this as its greatest advantage.

Another standout feature of the Falcon T1 is its modular design, allowing users to swap laser modules. In addition to the standard 20W diode module, Creality offers four other modules: a 40W diode module, a 20W fiber module, a 5W UV module, and a MOPA laser module capable of color engraving. This design enables the machine to handle a wide range of materials, from organic materials like wood and acrylic to metals, crystals, and even tasks requiring color processing. Accessories such as conveyor belts, rotary attachments, and air filters further enhance the system’s versatility.

The engraving size is relatively small at 175mm x 175mm, but the optional conveyor belt allows continuous processing of longer materials. Meanwhile, the rotary attachment makes it possible to engrave cylindrical objects such as tumblers and rings.

Pricing and Costs for Individual Modules

The base model of the Falcon T1, equipped with a 20W diode module, is priced at $2,249 (approximately ¥350,000 based on the current exchange rate). If users opt to purchase all additional modules, costs range from $989 to $3,059 per module, bringing the total price to $9,895 (approximately ¥1.54 million) excluding accessories. Air filters, conveyor belts, rotary attachments, and other add-ons would further increase the overall cost.

As noted in Tom’s Hardware’s review, “a fully loaded Falcon T1 can cost over five figures,” making it clear that this machine caters to prosumer-level users and is not a budget-friendly option. Because the purchase of additional modules is necessary to utilize the machine’s full capabilities, prospective buyers should carefully consider the total investment required before committing.

Missing Modules at Launch

One of the biggest concerns is the limited availability of modules at launch. Of the five modules initially announced, only three—40W diode, 20W fiber, and 5W UV—were provided to Tom’s Hardware for testing. The MOPA laser module was not ready in time, and the UV module is slated for retail release between late July and early August 2026. The MOPA laser is expected to follow approximately one month later.

Tom’s Hardware remarked, “The staggered rollout makes the Falcon T1 a risky day-one purchase if either the UV or MOPA module is critical to your workflow.” For users who rely on the UV module, purchasing the machine at launch carries a clear risk.

Software and Support Challenges Highlighted

During Testing

While the hardware performance of the Falcon T1 was praised during Tom’s Hardware’s testing—particularly its speed and automatic calibration via the integrated camera—issues with software and customer support were also noted.

The reviewer encountered several software glitches, delays in receiving replacement parts, and had to arrange late-night video calls with Creality’s support team based in China due to the absence of U.S.-based technical support. Problems were also reported during tests of the rotary attachment, and the lack of included safety goggles was highlighted as a concern.

Tom’s Hardware concluded that “the Creality Falcon T1 is a fast and flexible galvo laser engraving machine with impressive features overall, but its incomplete module availability at launch and risks for prosumer buyers make it a less-than-ideal purchase.” The reviewer added that the testing experience felt “more like being a beta tester,” suggesting that the product’s overall maturity still needs improvement.

Comparison with Competitors and Market Position

The Falcon T1 faces competition from models like xTool’s F1 Ultra and Atomstack’s Galvo series. The xTool F1 Ultra also features galvo technology and modular design but is available at a lower price point. Creality, however, has established strong brand recognition in the 3D printer market and aims to leverage the Falcon series’ ecosystem to carve out a niche in the laser engraving sector.

Nevertheless, the Falcon T1’s pricing—exceeding $10,000 when fully outfitted—places it beyond the reach of many prosumers. While Creality is known for cost-effective solutions in the 3D printing industry, its higher-end laser engraving machines will be scrutinized for software and support quality. The lack of adequate local support in key markets like the U.S. stands out as a significant disadvantage against its competitors.

Editorial Opinion

In the short term, the Creality Falcon T1 is likely to serve as a beta product for early adopters. Delays in the release of the UV and MOPA modules mean that users won’t be able to fully utilize all its functions immediately. Furthermore, it may take several months to resolve issues regarding software stability and customer support quality, with the second half of 2026 serving as a critical period for improvements. If these challenges are not addressed promptly, competitors may gain market share at Creality’s expense.

From a long-term perspective, the modular architecture of the Falcon T1 has the potential to set a new industry standard. The concept of using a single machine to switch between diverse laser modules is appealing to prosumers and small-scale manufacturers with limited workspace and budgets. However, ensuring the sustainability of this ecosystem will require ongoing development of new modules and software updates, testing Creality’s commitment to innovation. While the company has a strong track record in 3D printing, it remains to be seen whether this success can be replicated in the laser engraving market. At this point, the editorial team considers it premature to recommend purchasing the Falcon T1 as a “finished product.”

References

• Creality Falcon T1 Review: Modular Laser Engraving (Tom’s Hardware) — Published on June 21, 2026